Why Choose INEXBOT?
Complex motion, distilled to perfection
Guided by "software-defined control, algorithm-driven intelligence", we deliver a full-stack motion control technology portfolio — from underlying hardware and middleware platforms to upper-layer applications — empowering intelligent manufacturing to reach new levels of precision, flexibility, and intelligence.
remaining forever focused on the components industry.
- INEXBOT is a technology company, continually delivering reliable, high-performance products to society.
- R&D investment is no less than 20% of revenue, while management and sales combined do not exceed 10%.
- We respect individual freedom and a spirit of innovation, believe in the power of teamwork, and offer the best platform for exceptional talent to grow.
Innovative Technical Capabilities & Optimized Systems
With multiple internationally leading core technologies — from high-performance multi-axis synchronized control to intelligent perception and coordination — we fully support flexible automation in complex scenarios.
Software-Defined Control
Guided by "software-defined control, algorithm-driven intelligence", we adopt a modular, microservices architecture that fully decouples the hardware abstraction layer from business logic. The standardized NexDroidAPI interface system empowers partners to rapidly develop customized intelligent equipment.
Uniquely Open Architecture
The NexDroid open platform provides multi-level secondary development capabilities, supporting C/C++/Python/Lua/C#/LabVIEW/ROS and more. Users can implement their own kinematics, dynamics, and trajectory planning algorithms while protecting core process IP.
Fully Networked
Supporting major industrial fieldbus protocols — EtherCAT, Profinet, Ethernet/IP, OPC-UA, CANopen, Modbus — with sub-microsecond synchronization accuracy. We actively participate in the global industrial communication ecosystem, advancing next-generation technologies such as TSN and industrial 5G convergence.
High-Precision Multi-Axis Control
High-performance multi-axis synchronized control on a PC-based architecture, supporting up to 64 axes of synchronized interpolation and 4 coordinated robots, covering kinematics/dynamics modeling and millisecond-level online trajectory planning.
Exceeding Expectations
From initial system design consulting to installation and mass production, INEXBOT provides professional support every step of the way, ensuring fast time-to-market and stable operation of customer equipment.
Open & Customizable Solutions
Through NexDroid OpenAPI, achieve end-to-end customization — from process development and dedicated UI/UE to kinematics algorithm replacement — balancing high performance with high cost-effectiveness.
Nationwide Support Network
Four R&D centers (Suzhou, Nanjing, Dongguan, Wuhu) working in concert, with sales and after-sales service reaching large and mid-sized cities nationwide.
Quality & Industry Standards
Certified to ISO 9001, CE, and national software product standards. An official member of the EtherCAT Technology Group (ETG), ODVA, CLPA, PI, and the OPC Foundation.
Fast Time-to-Market
Built-in process packages for arc welding, spot welding, palletizing, cutting, dispensing, and painting, with offline programming compatible with SprutCAM, RobotMaster, XinKong, Aite, and Huahang Weishi. Reliability proven across tens of thousands of units helps customers scale production fast.
Diverse Products & Customization Possibilities
INEXBOT's hardware portfolio spans the full range of robot control systems — from high-end to high-value controllers, embedded control boards for collaborative robots, smart cabinets, HMI, and fieldbus IO — complemented by the NexDroid open software platform and dedicated system software for auto-calibration, collaborative control, smart palletizing, painting, welding, and stamping, giving customers across industries flexible customization options.
NexDroid Open Intelligent Motion Control Software Platform
A modular, microservices architecture that fully decouples the hardware abstraction layer from business logic. A standardized NexDroidAPI interface system supports C/C++/Python/Lua/C#/LabVIEW/ROS, empowering partners to rapidly develop customized intelligent equipment for high-barrier industries such as 3C electronics, medical equipment, nuclear industry, and construction machinery.
Visit the INEXBOT Open PlatformController Product Series
A complete line of controllers from high-end to high-value, built on an IPC+RTOS architecture supporting X86 computing platforms and multiple real-time operating systems.
- Up to 64 axes of synchronized interpolation; 4 coordinated robots
- 20+ robot configurations supported for flexible customization
- EtherCAT, Profinet, Ethernet/IP and more fieldbuses
- Built-in process packages with secondary development support
Embedded Control Board
An embedded control board for collaborative robots with a highly integrated design, meeting their stringent requirements for size, power, and real-time performance.
- Optimized for collaborative robots
- Highly integrated, compact footprint
- Integrated real-time motion control and safety functions
- Supports drag-to-teach and collision detection
Drive-Control Integrated Smart Cabinet
Integrating drive, control, safety, and edge-computing capabilities to significantly reduce deployment complexity and maintenance cost. Two series: X01 collaborative control cabinet and X02 drive-control integrated cabinet.
- X01: designed for collaborative robot scenarios
- X02: supports SCARA / industrial 6-axis robots
- Drive-control integration lowers deployment and maintenance costs
- Edge-computing capability for intelligent decision-making
HMI Human-Machine Interface
Led by the T40 teach pendant, supporting multiple programming modes including pendant and PC-side teaching software, and compatible with offline-programming ecosystems such as XinKong, Aite, and Huahang Weishi.
- T40 full-touch teach pendant with an excellent HMI experience
- XPC-150-NC industrial display built for the factory floor
- Multi-mode programming: teach pendant / PC
Fieldbus IO
EtherCAT and CANopen fieldbuses connect servo master/slave stations, with support for Profinet, Ethernet/IP, OPC-UA, Modbus, and other major industrial protocols, achieving sub-microsecond synchronization accuracy.
- EtherCAT / CANopen fieldbus support
- Profinet / Ethernet/IP / OPC-UA
- Sub-microsecond synchronization accuracy
- Dramatically fewer wiring and maintenance costs vs. pulse-based solutions
System Software
Robot Auto-Calibration System NexAutoCali
An automated calibration tool that quickly completes tool frame, workpiece frame, and kinematics parameter calibration, significantly improving robot absolute positioning accuracy.
- Automatic tool/workpiece frame calibration
- Kinematics parameter identification & compensation
- Supports multiple calibration algorithms
Cobot Control System
A dedicated control system for collaborative robots, supporting drag-to-teach, collision detection, safety-zone configuration, and other core cobot functions.
- Drag-to-teach & trajectory replay
- Collision detection & force-controlled safety
- Safety zones & speed limiting
Smart Palletizing System
No-programming smart palletizing software that auto-generates multiple palletizing patterns for fast deployment and a low barrier to entry.
- No programming; graphical palletizing pattern configuration
- Multiple pallet types & stacking rules
- Fast deployment, configure-and-go
Wireless No-Programming Painting System
A wireless, no-programming painting system that simplifies line deployment and integrates trajectory planning with precise flow control.
- Wireless operation, flexible and convenient
- No programming; fast painting trajectory generation
- Precise coordinated flow & speed control
Laser Welding System
A system deeply optimized for laser welding, with high-precision trajectory control, seam tracking, and multi-layer multi-pass welding.
- Deeply optimized for laser welding processes
- Seam tracking & multi-layer multi-pass welding
- High-precision synchronized trajectory control
Stamping Automation Software
Automation management software for stamping lines, supporting multi-process coordination, safety monitoring, and takt optimization to boost line efficiency and safety.
- Multi-process coordination & takt optimization
- Press safety monitoring & interlocking
- Coordinated scheduling of loading/unloading robots
Optimized Industry Solutions
Our products are widely used in metal fabrication, semiconductor, medical, 3C electronics, and logistics & warehousing, serving globally renowned manufacturing and robotics enterprises.
Metal Fabrication
Arc welding, spot welding, laser cutting, laser welding, multi-layer multi-pass welding, seam tracking
Metal FabricationMachining & Grinding
Force-position hybrid grinding, robotic grinding & polishing, deburring, flexible finishing
Machining & GrindingCoating & Painting
Automated spraying, coating processes, trajectory planning & precise flow control
Coating & PaintingPackaging & Palletizing
No-programming smart palletizing, depalletizing, stamping load/unload, conveyor tracking
Packaging & PalletizingWafer & Semiconductor
Wafer-handling robot systems, high-cleanliness environments, precision motion control
Wafer & SemiconductorMedical & Healthcare
Medical robots, rehabilitation assistance, high-safety human-robot collaboration
Medical & HealthcareEmbodied & Humanoid
Next-generation humanoid robots, multi-agent coordinated control
Embodied & HumanoidLogistics & Warehousing
Warehouse logistics automation, depalletizing & sorting, coordinated conveyor operations
Logistics & WarehousingInnovation-driven, Product Quality First
Always one step ahead. Positioned as a technology company, INEXBOT invests no less than 20% in R&D and no more than 10% combined in management and sales. Our team brings together robotics researchers from China's top universities — Tsinghua University, Southeast University, Beijing University of Posts and Telecommunications, Harbin Institute of Technology — alongside internet-industry technical experts.
Technology Partner to Global Industry Leaders
Deployed at scale among the world's leading manufacturing and robotics enterprises, serving as their core technology partner for intelligent-manufacturing upgrades.
Quality, Standards & Industry Recognition
Product quality, workplace safety, health, and the environment are our foremost concerns. We are committed to complying with relevant laws and regulations while keeping our sights on economic efficiency and value.
ISO 9001 Quality Management System
ISO 9001 certified, ensuring quality control across the entire process from design to delivery.
CE Safety Certification
CE certified, meeting European market-access requirements and ensuring product safety and compliance.
National Software Product Certification
Nationally certified software products meeting national quality standards.
Official Membership in International Standards Organizations
Corporate Honors
Building a World-Class Motion Control Technology Foundation
Independent & Controllable · Open Collaboration · Intelligent Evolution
Empowering intelligent manufacturing to reach new levels of precision, flexibility, and intelligence.
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